2004
DOI: 10.1055/s-2004-819199
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Activin gene expression increases after stroke injury: Modulation by estradiol

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Cited by 2 publications
(3 citation statements)
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“…We have begun to identify the repertoire of downstream genomic targets of estradiol action through ERs and, to date, have reported that estradiol modulates the expression of a several players in ischemic brain injury including the bcl‐2 family of genes that influence the extent of apoptotic cell death,21 (Fig. 3), immediate early genes,22 neuropeptides,23 and trophic factors 24…”
Section: An Animal Model Of Stroke: Middle Cerebral Artery Occlusionmentioning
confidence: 99%
“…We have begun to identify the repertoire of downstream genomic targets of estradiol action through ERs and, to date, have reported that estradiol modulates the expression of a several players in ischemic brain injury including the bcl‐2 family of genes that influence the extent of apoptotic cell death,21 (Fig. 3), immediate early genes,22 neuropeptides,23 and trophic factors 24…”
Section: An Animal Model Of Stroke: Middle Cerebral Artery Occlusionmentioning
confidence: 99%
“…estradiol modulates the expression of a several players in ischemic brain injury including survival factors, 139 immediate early genes, 141 neuropeptides, 142 and trophic factors. 143 Estrogen receptor-independent mechanisms and actions…”
Section: Molecular Mechanisms Of Estrogen-mediated Neuroprotectionmentioning
confidence: 99%
“…We have begun to identify the repertoire of downstream genomic targets of estradiol action through ERs and, to date, have reported that estradiol modulates the expression of a several players in ischemic brain injury including survival factors, 139 immediate early genes, 141 neuropeptides, 142 and trophic factors. 143 …”
Section: Molecular Mechanisms Of Estrogen-mediated Neuroprotectionmentioning
confidence: 99%